Products:
INSCOPER is a universal microscope control software and hardware synchronisation platform designed for modern fluorescence microscopy. It enables researchers, imaging core facilities and microscope manufacturers to control any imaging workflow from a single, reliable environment.
Features:
Wide device support: Inscoper supports a massive range of microscope devices and accessories. Find the up-to-date list here.
Triggered acquisition: The hardware control box synchronises devices for high-speed acquisition and efficient control.
Easy to use: No matter the configuration, from simple to complex systems, the Inscoper interface is easy to use and logically organised.
Imaging Software
Bring your fluorescence microscope and connected devices into one configured, fully supported control environment.
Ratiometric imaging of lymphocytes labelled with Fura-2. Microscopy system equipped with Inscoper liveRATIO.
liveRATIO
Real-time ratiometric imaging engineered for fast calcium flux, pH sensing and FRET experiments, with real-time ratio calculations, dedicated ratiometric LUTs and live graphical plotting during acquisition.
liveDRIM™
A specialised optical and software module delivering real-time super-resolution for dynamic 3D live-cell samples, achieving spatial resolution beyond the classical diffraction limit with minimal phototoxicity.
Free Inscoper viewer, including 3D and stitching capabilities.
Free Inscoper Viewer
No purchase or hardware required - download the free Inscoper viewer for image viewing, export, stitching and 3D visualisation.
Smart Microscopy:
Smart Microscopy
Create adaptive acquisitions. When your experiment requires more than a fixed multidimensional sequence, the Acquisition Designer option lets you build adaptive acquisition logic visually. Combine device commands, conditions, loops, and variables to change what happens as the experiment runs, for example, switching acquisition channels partway through a Z-stack.
Smart Microscopy
Extend your workflow without limits: When your acquisition needs to react to the sample, integrate custom processing, or control a unique device behaviour, the Custom Scripting option lets you extend the workflow while preserving the intuitive experience for everyday users.
A Python script can analyse incoming images, return measurements or decisions and adapt what the system does next, automatically.
This can enable:
acquisition parameters that adjust to the sample
imaging triggered by a detected biological event
automatic target tracking and recentring
conditional acquisition steps
custom autofocus or device-control logic
Image-analysis-assisted decisions during acquisition.
Experts can develop the underlying script while everyday users run the workflow through simplified controls inside the interface.